Advanced joining techniques in European shipbuilding

Journal of Ship Production

Volumn 20, Issue 3, 2004, Pages 200-210

  Roland, Frank ^a   Manzon, Luciano ^b   Kujala, Pentti ^c   Brede, Markus ^d   Weitzenböck, Jan ^e  

^a Centre of Maritime Technologies   (Germany)

^b Fincantieri Cantieri Navali Italiani SpA   (Italy)

^c AALTO UNIVERSITY   (Finland)

^d FRAUNHOFER INSTITUTE FOR MANUFACTURING TECHNOLOGY AND ADVANCED MATERIALS IFAM   (Germany)

^e DNV GL   (Norway)

Author keywords

[No Author keywords available]

Indexed keywords

COSTS; INVESTMENTS; JOINTS (STRUCTURAL COMPONENTS); LASER BEAM WELDING; QUALITY ASSURANCE; RESEARCH AND DEVELOPMENT MANAGEMENT; SHIPYARDS; STEEL STRUCTURES; STRENGTH OF MATERIALS;

EUROPEAN SHIPYARDS; HIGH STRENGTH MATERIALS; JOINING TECHNIQUES; LASER HYBRID WELDING;

SHIPBUILDING;

EID: 7544220317     PISSN: 87561417     EISSN: None     Source Type: Journal    
DOI: None     Document Type: Article

References (15)

1. HOBBACHER, A. 1996 Recommendations for Fatigue Design of Welded Joints and Components, International Institute of Welding document XIII-1539-96/XV-845-96.
2. I-Core Website: www.i-core.com, 2004.
3. KAHL, A. 2000 Eine Werft verändert sich - neue Strukturen, nene Methoden, Proceedings, Sondertagung Schweißen im Schiffbau und Ingenieurbau, Germanischer Lloyd, April, Hamburg, Germany.
4. KUJALA, P., SOCHA, G., KOLI, K., AND TOIVONEN, T. 1999 Characteristics of stake laser welded joints, Proceedings, 7th Nordic Conference on Laser Processing and Materials, vol. 1, Lappeenranta, 120-133.
5. MEYER WERFT. 2000 SN Testing of Laser-Hybrid Butt Welds, Marintek report.
6. MÖLLER, R., AND KOCZERA, S. 2003 Shipyard uses laser-GMA hybrid welding to achieve one-sided welding. The Fabricator, November.
7. PEDACI, E., AND COTTA-RAMUSINO, F. 1998 In grossen Dimensionen, Laser-Praxis, 10, LS15-LS17.
8. 2-Laser Hybrid and Submerged Arc Welded Butt Joint of RAEX S275 LASER and NVA, vols. 1 and 2, Helsinki University of Technology, Ship Laboratory, Research Report M-278, Espoo, Finland.
9. 2-laser MAG welded joints of laser RAEX steel, Proceedings, 9th NOLAMP Conference, August, Trondheim, Norway, 37-48.
10. ROLAND, F., AND LEMBECK, H. 1996 Trends, problems and experiences with laser welding in shipbuilding, Proceedings, International Institute of Welding Shipbuilding Seminar, April, Odense, Denmark, 17-19.
11. ROLAND, F., LEMBECK, H., REINERT, T., HARTMAN, J., AND METSCHKOW, B. 1999 Laserschweißen neuartiger Schiffskonstruktionen auf Basis des verdeckten T-Stoßes, final report of a German research project, unpublished.
12. ROLAND, F., AND REINERT, T. 2000 Laser welded sandwich panels for the shipbuilding industry, Proceedings, Royal Institution of Naval Architects, Lightweight Conference, London.
13. ROLAND, F., REINERT, T., AND PETHAN, G. 2002 Laser welding in shipbuilding - an overview of the activities at Meyer Werft, Proceedings, International Institute of Welding Shipbuilding Conference, June, Copenhagen.
14. SELLERUP, M. 1999 Laser-welded ships are afloat. Industrial Laser Solutions, April, 20-22.
15. 2-Laser Hybrid and Arc Welded Butt and T-Joints of RAEX S275 LASER, RAEX 420MC, RAEX 700 OPTIM, GL-A36TM and NVA Steels, vols. 1 and 2, Helsinki University of Technology, Ship Laboratory, Research Report M-284, Espoo, Finland.